International Business Machines Corporation

Michael J Macpherson

Jason S Lee

Ryan Paske

Clinton William Erie

Steven Charles Erickson

Kael Benjamin Eddy

Tate Thomas Harnack

An integrated shipping ramp for multi-package unit loads including a ramp portion configured to guide an upper package down from atop a lower package; and a lower package attachment portion comprising a corner board for insertion into a cavity of the lower package, wherein inserting the corner board into the cavity of the lower package secures the lower package attachment portion to the lower package, wherein in a shipping configuration the ramp portion is integrated with a multi-package unit load comprising the upper package and the lower package, and wherein in a dismounting configuration the ramp portion provides an inclined platform from a top of the lower package to a height below the top of the lower package.

Integrated shipping ramp for multi-package unit loads

An intelligent load control device is provided for operable incorporation in an object. The intelligent load control device includes devices disposed about the object to detect characteristics thereof that are relevant to an object tipping event, a response system, and a processing unit. The response system is configured to take an action to mitigate risks associated with the object tipping event responsive to received control instructions. The processing unit is disposed to be receptive of the detected characteristics from the devices and to issue the control instructions to the response system. The processing unit is configured to dynamically analyze the detected characteristics to determine a likelihood of the object tipping event and to issue the control instructions in accordance with the determined likelihood.

Embedded dynamic stability measurement, optimization and alarm system

A system and a method for stability measurement and optimization are provided. For example, the method includes loading an object onto a tilting device that includes one or more sensor devices, collecting resting corner weight values from the one or more sensor devices, tilting the object using the tilting device, collecting tilted corner weight values from the one or more sensor devices while tilting the object using the tilting device, calculating, using a data processor of the tilting device, a center of gravity value based on the resting corner weight values, the tilted corner weight values, and dimensions of the object, generating, using the data processor, a tipping angle based on at least the center of gravity value and the dimensions of the object, and generating, using the data processor, a recommendation to adjust the tipping angle.

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Elgin, MN, United States of America

Michael J Macpherson